Dynamics of Friction Stir Welding as a Conventional Metal Joining Technique in Manufacturing Industries
Keywords:
Manufacturing industries, Metal joining, Product performanceAbstract
Metal joining procedures are essential in the manufacturing sector since they directly impact the strength and longevity of the end product. Arc welding and resistance welding, which are traditional welding techniques, have been extensively utilized for many years. Nevertheless, these procedures are constrained by limits in terms of the quality of the joints, distortion, and efficiency. Friction stir welding (FSW) technology has become a ground-breaking metal joining process in recent years, surpassing traditional welding procedures in terms of multiple advantages. The objective of this study was to investigate the potential of FSW technology in transforming traditional metal joining methods in the conventional production process. A thorough review was undertaken to examine the effects of FSW technology on traditional manufacturing processes. The review aimed to gather information on the concepts, applications, and advantages of FSW technology. Analysing existing research in this area provided insights into the practical use of FSW across different sectors. In addition, there were a number of discussions with industry professionals to collect ideas on the difficulties and possibilities of incorporating FSW technology into traditional production processes. Results of this study indicated that FSW technology has the capacity to fundamentally transform metal joining methods in the traditional production process. FSW has several benefits, including as enhanced joint integrity, less deformation, and increased productivity in comparison to conventional welding techniques. FSW may be easily incorporated into current manufacturing processes, resulting in cost reductions and improved product performance. Nevertheless, in order to fully use the advantages of FSW technology in traditional industrial processes, it is necessary to tackle some barriers such as the high cost of equipment, the necessity for process optimization, and the requirement for operator training. Finally, the use of FSW technology has the capacity to revolutionize metal joining methods, allowing product manufacturing to attain superior levels of quality, efficiency, and cost-effectiveness.
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